## Electrical Dictionary, Important Topics, Electrical Assignment Help

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Electrical Engineering

Introduction to Basic Electrical Technology

Engineering students of nearly all streams has to experience this course (i.e., Introduction to Basic Electrical Technology) as one of the main subject in the first semester. It is unnecessary to state that how much we are dependent on electricity in our daily life. A reasonable understanding on the basics of applied electricity is thus significant for every engineer.

Apart from learn a.c and d.c circuit study both under steady state and transient conditions, you will learn fundamental working principles and analysis of transformer, induction motor and d.c motors. Lastly working principles of several popular and helpful indicating measuring instruments are obtainable.

The course can be broadly categorized into three key parts, namely: The Electrical circuits, Electrical Machines and Measuring instruments.

 field-effect transistor Parallel GLC circuits AC Circuits AC Machines Ac Waves Acoustics, audio, and high fidelity Adding admittance vectors Adding impedance vectors in RLC circuit Alternating current Ampere Amplifiers Amplitude limiting Atomic number Atoms Basic digital principles Basic Electrical Theory Battery expansion Bipolar transistor Capacitance Capacitive reactance Common dime-store cells Complex admittances in parallel Complex impedances in series Compounds Computers and the Internet Conductance Conductors Current Current calculations Current flow Current through series resistances Currents through parallel resistances Data reception Data transmission DC circuit Dc Circuits Detection Digital Electronics Distribution Transformer Division of power Electrical Safety and Disaster Management Electrochemical energy ElectroMagnetism Electromotive force Electron tubes Electronic Circuits Electrons Energy Energy Conservation, Audit and Accounting Energy emission Energy units Frequency control Frequency multiplication Generation-Transmission - Distribution of Electric Power Heterodyning Impedance Inductance Inductive reactance Instrumentation And Control Insulators Integrated circuits and data storage media Introduction of Electric Circuit Ions Isotopes Kirchhoff’s first law Kirchhoff’s second law Loop Analysis of resistive circuit with Volatage & current Magnetic units Magnetism Measuring devices Measuring devices Microprocessors Miniature cells Molecules Neutrons Nickel-cadmium cells Node-voltage analysis Nonelectrical energy Ohm’s Law Ohms law for ac circuits Optoisolator Oscillation and amplification Oscillators Phase Photo-voltaic cells Photosensitive diodes Photovoltaic cells Power Power calculations Power distribution in parallel circuits Power distribution in series circuits Power Distribution System Power supplies Primary and secondary cells Project Report Preparation Properties of Conductors and Insulators Protons Quality of Supply and Services Rectification Rectification of direct current Reducing complicated RLC circuits Resistance Resistance calculations Resistances in parallel Resistances in series-parallel Resistive loads in general Resistors Robotics and artificial intelligence Safety considerations in electrical work Schematic diagrams Schematic symbols Sectoral Overview and Enabling Framework Semiconductor Devices Semiconductors Series RLC circuits Static electricity Storage capacity of standard cell Substation Equipment and Distribution Lines Superposition Theorem Switching The Weston standard cell Thevenin’s theorems Transformer volt Voltage across parallel resistances Voltage calculations Voltage divider networks Voltage regulation Voltages across series resistances Wireless and personal communications systems Wiring diagrams Wye -Delta OR Delta -Wye Transformations Zinc-carbon cells